def create_lossess_compare_tests(tag, files):
for rst_file in files:
testcase_name = mkclassname(rst_file)
# Lossless
TestCase = new_writer_testcase(tag, testcase_name, rst_file, False)
setattr(sys.modules[__name__], testcase_name, TestCase)
def create_lossy_pxml_compare_tests(files):
for acw_file, pxml_file in files:
testcase_name = mkclassname(acw_file)
# Lossy
TestCase = new_writer_testcase("atlassian-mpe", testcase_name, acw_file, True)
TestCase.__module__ = __name__
setattr(sys.modules[__name__], testcase_name, TestCase)
def create_lossy_pxml_compare_tests(files):
for smf_file, pxml_file in files:
testcase_name = mkclassname(smf_file)
# Lossy - compare to PXML
TestCase = new_parser_testcase('simplereader', testcase_name, smf_file,
pxml_file, True)
from dotmpe.du.ext.parser.simplereader import Parser
assert TestCase.PARSER_CLASS == Parser, TestCase.PARSER_CLASS
TestCase.__module__ = __name__
setattr(sys.modules[__name__], testcase_name, TestCase)
def create_srcwriter_tests(files):
"""
Test confluence writer as re-writer.
- Parse confluence, and write pxml and confluence.
* Compare generated confluence with source for lossless test.
* Re-parse generated confluence, and compare pxml tree for lossy test.
"""
for acw_file, pxml_file in files:
testcase_name = mkclassname(acw_file)
# Lossy
TestCase = new_writer_testcase('confluence', testcase_name, acw_file, True)
TestCase.__module__ = __name__
setattr(sys.modules[__name__], testcase_name, TestCase)
